Field, mobility & space research
Supporting design proposalSPATIAL SENSOR ARRAY
Relative-state sensing study
A sensor arrangement for the later approach, capture and service concepts.
FIELD DOSSIER / TQ-35
Perception / approach sensor bar
- Target mass
- 200–350 g
- Target size
- 160 × 60 × 35 mm
- Fit / configuration
- Node / suit interface study
Proposed enclosure and sensor electronics; support structure excluded.
Sensor selection and calibration remain open; no position-accuracy or collision-avoidance claim.
CURRENT STUDIES & ORIGINAL REFERENCES
Every angle. Every detail.
Direction is one part of the state
The proposed array separates bearing, range, relative motion, timestamps and uncertainty. Sensors and calibration appropriate to the intended environment must be selected and validated.
Degrade the guidance honestly
Stale or conflicting observations must remove confident guidance. A beacon cue or plausible-looking render cannot establish position accuracy, collision avoidance or a completed capture.
FROM COMPONENT TO CONFIGURATION
See SPATIAL SENSOR ARRAY in context.
Connected roles
View architecture
FOUR ANGLESVANTARA SOL
The ocular protection module for the later VANTARA suit direction.
FOUR ANGLESAQUA VĀCUUM BEACON
The star-shaped discovery cue in the later service-and-recovery arrangement.
FOUR ANGLESVANTARA
The personal suit ASSET in TYRVAQ's long-term person-centered space direction.
FOUR ANGLESOPHAN
A coordinated three-HALO arrangement with distinct observations and preserved source identities.